New nForce Boards Previewed
s3k writes "Firingsquad.com takes a look at nVidia's new nForce4 chip. It now includes a hardware-based firewall for improved CPU utilization, support for Serial ATA 3 Gigabytes/second hard drives, Gigabit Ethernet, and most importantly, 20-lane PCI Express. Firingsquad includes game performance numbers with nForce4 Ultra and a few performance notes on nForce4 SLI, which, according to nVidia will need a 550-watt power supply!" pacmanfan adds a link to PC Perspective's article (including benchmarks), Necroman points out the coverage at Bjorn3d and Anandtech, and Atif Butt would like you to check ATIF Approved for their take. The same boards, the same NDA -- don't be surprised to find the reviews cover similar ground, and are mostly positive.
I *do* like the trend for passing computationally-expensive chores onto support chips rather than the CPU (ethernet checksums, firewalls, raid checksums etc.) but what I would really like is a raid-5 facility on-board.
If you look at a 3ware 9500 card, it'll cost ~£500 for an 8-port setup! Given that the N-force can support 8 drives (4 sata, 4 ata) in a single RAID image, it would have been nice to get the raid-5 as well as the -1 or -0 levels. You'd be insane to risk losing 1-2TB of disk (assuming 4-8 250GB disks) on a raid-0 array!
I know I can run software RAID across the disks, but I'm still more comfortable with h/w solutions - I've tried s/w raid (and it has failed, bigtime) in the past, and getting past the psychological barrier to try it again is hard - losing oodles of data is a huge body blow, and when you have that enormous amount of data, even restoring from originals is a pain
All I want is a single server with enough space and reliability to store all my DVD's and MP3's of CD's, is this too much to ask ? [grin]
Nevertheless, I'm pretty impressed with a stateful firewall implemented in hardware
Simon.
Physicists get Hadrons!
Get rid of my central heating system.
:)
In order to heat up the house i just have to play DOOM3 at ultra high quality settings.
If they start supporting dual P4 extreme as well i can even add a water heater for the bathroom.
Thanks nvidia
So what technology is going to be able to produce this sort of throughput from a harddrive?
Collated at this site.
I'm more than a little disappointed again to hear that their SoundStorm system was left out again.
I for one love the audio coming out of my Asus A7N8X Deluxe.
I like many laughed at and bad mouthed embedded audio for years, until I heard and saw what this mobo could do. Now, I've got a single SPDIF cable running to my speakers.
nVidia has proven themselves as a strong player in the mobo chipset market, however the SoundStorm omission costs them dearly IMO.
Help Brendan pay off his student loans
Unfortunately, nvidia drivers are closed sourced, the nvidia's drivers source codes are not available. Only some buggy binaries :((
Now that gigabit is a given (even laptops now come with it entry level), why isn't there a flexible Linux distro that I can store on my router? In this respect, I could save lots of cash by eliminating the need for local storage on, say, a media box to stick under the TV.
HELLO LINUX WORLD?
This is the killer app!
Life is the leading cause of death in America.
"On a scale from 1 to 10, people are stupid"
How long until an entry level machine needs 3 phase power, 16GB ram, terabyte hard drives and networking quick enough to stream the entire iTMS all at once... (don't mind me, I'm an ancient git who's been reminiscing about 1mhz 8 bit machines today)
support for Serial ATA 3 Gigabytes/second hard drives
It's Serial ATA II which is 3 Gigabits/second. That's just the interface speed, I doubt we'll be seeing drives that fast on the desktop in the near future.
The [grin] at the end of 'Is this too much to ask' was supposed to be an indicator that I realise it's not the most common of requests...
OTOH, I don't think *my* data is any more or less valuable to me than X's data is to X. How many 'Joe Public's are going to "throw away" one of their two disks to run raid-1 ? Very few I suspect. Most people will go with the raid-0 approach, if they use raid at all, and one raid-0 disk dying is a bad thing, even if it's one of their two 80G drives.
If you don't think that many people will use raid at all, then you have to question why it's there at all, and then you would have a point. I think nvidea would have done some market research on that, though.
So, actually I think it's a valid point - the size of the array isn't important. The reliability is, and that's independent of size.
Simon.
Physicists get Hadrons!
I've been avoiding nForce chipsets on mobos because of their supposedly binary-only and/or non-existant/reverse-engineered drivers for Linux. I'm confused. Does all the hardware on an nForce work with Linux nowadays? Are the drivers OSS or closed like their video ones? Are all even available?
We noted CPU utilization rates between 10-15% for nForce4 with ActiveArmor enabled versus 70-80% with the feature turned off (as you'd get on nForce3 250Gb).
:)
What the ?!
Hmm, our PIII 800 firewall firewalls 30 people, over 1x 2Mb ADSL (USB), and 1x 1Mb SDSL (ethernet), with 6 IPSEC VPNs and doesn't even use 10-15% CPU!
Sounds like NVIDIA's packet inspection code needs some work
...according to nVidia will need a 550-watt power supply!
Actually, if you read the article, it mentions that normal power conditions are capable of handling SLI for GeForceFX 6800 and 6800GT. The 550-watt specification is only for dual GeForceFX 6800 Ultras.
Anyone else notice that SLI has gone from 16 and 8 PCIE channels to 8 and 8? Also, the chipset only appears to support 20 channels total, so my hope for a 16 and 16 specialist board looks fairly unlikely.
This happens because most of today's graphics cards can barely saturate the bandwidth of 8 lanes, let alone 16.
Taking the example of AGP, so we do have AGP 8X interfaces, but how many AGP 8X cards do you see? Not many. Just because this new gee zee PCI-e interface is available doesn't mean the graphics card industry will magically find a way to use up all that bandwidth. It still takes a couple generations before they can catch up.
Online backup with Mozy, sounds like Ozzie, but more!
If the computer industry does not get it's act together with high power usage they will begin to see a decline in these power systems sales. Running 450 watt systems can cost hundreds of dollars a year in extra costs in electricity. For this reason me and the wife are now looking into Mac solutions for standard work stuff and SFF pc's with 200 watt PS's to cut down on the electric bills. In fact it's just not the wattage pull you have to worry about. These systems are now putting off so much heat it puts strain on your home AC systems having to recool off the house as the heat spreads. I've seriously have considered a dryer hose hooked up to the PSU output fan and pipe it out the house.
I only had time to read Anandtech's preview this morning for the nForce4 chipsets, and I wasn't sure that the Ultra and SLI chipsets would be made available for Socket 754 A64 CPUs.
I checked Nvidia's website for information on this, and I found tech specs for each chipset:
nForce4 - http://www.nvidia.com/page/pg_20041014863476.html
nForce4 Ultra - http://www.nvidia.com/page/pg_20041015990644.html
nForce4 SLI - http://www.nvidia.com/page/pg_20041015917263.html
As you can see -- no specifics on the socket support. I'm wondering if this will be at the discretion of the motherboard manufacturers. My hope is that Nvidia will encourage both Socket 754 and Socket 939 variants of the motherboards with these chipsets.
I'm an owner of a Socket 754 CPU, and I know that a lot of friends invested money as early adopters of the A64 CPU in these Socket 754 platforms. I unloaded nearly $375 for my Socket 754 A64 before AMD started cutting prices and introducing the early, and very expensive, Socket 939 CPUs.
That's an investment that I can't just shirk off in order to take advantage of a much less expensive chipset/motherboard upgrade for, say, $125 for a top tier nForce4 motherboard (just guessing at the pricing here -- don't take it literally).
IronChefMorimoto
I have been beating the bushes hard looking for the best Athlon 64/socket 939 MB combo for Linux.
The nforce3 apparently suffers from some IDE problems and a bug report has been filed.
I am currently leaning towards the MSI K8T Neo2 FIR.
I would like to hear about Linux on nforce4...
Also, this site seems to be giving hardware reviews under Linux a go. Any other good Linux-centric hardare sites?
And what the crap is a "motherboard"?
You're talking out of your arse:
2. Raid 0 is completely worthless. Waste of money, waste of harddrive space.
How the hell does RAID0 (striped disks) waste harddrive space? If you use e.g., 2x80GB in a RAID0 setup you get, surprise, 160GB of space! RAID1, mirror uses n disks of size m to get a redundant virtual disk of size m. RAID4 dedicates 1 disk to store the XOR parity. RAID5 uses distributed parity across disks. Both RAID4 and RAID5 'waste' (if you consider that waste) 1 disk.
3. onboard sound is a gimmick,
The nforce2 chipset can do Dolby Digital encoding in hardware, how's that a gimmick? Too bad they pulled it out for the nforce4.
Linux software raid is faster then anything else out there (realy IT IS)
You're again talking out of your ass. The Linux md driver is acceptably fast for simple RAID0 and RAID1 setups, and that's about it. Oh, and the venerable ccd driver found in the BSDs is still a bit faster, btw. Now try doing RAID5 in software and you'll soon realize that hardware raid (real hardware raid, like 3ware's) pays off in the end.
Buy hardware that properly supports Linux. Video cards can be forgivable because you have no choice, but you do have a choice for motherboards.
You have no choice? Since when? If you don't need the latest and greatest you can always get a low end Radeon or a Matrox card with open source drivers (yes, even 3D support). Taint your kernel if you want, I do have choice and my choice is not give nvidia a cent.
Well, just looks like nVidia lost my sale..
I am the maverick of Slashdot
20 lanes of PCI-E, with 16 of those used for the PCI-E slot? That's the same that everyone else has been churning out. If they really want people to buy their SLI cards, why don't they produce a chipset with higher interconnectivity, so they can put two x16 slots on the board for the SLI cards, and still have a few left over for the peripherals?
steve
Oh, you're not stuck, you're just unable to let go of the onion rings.